752201152GP

Resistor Networks, Arrays

The 752201152GP is a general purpose resistor network array with a variety of applications. With 8 or 16 resistors arranged in sets of four and sharing a common node, the design of the network can be varied to achieve the desired resistance and response requirements. The 752201152GP covers a wide range of applications, from analog and digital computing to current regulation and signal routing.

The 752201152GP is formed with high-precision thin-film resistors integrated onto a ceramic substrate. These small, thermally stable resistors offer accurate performance over a wide temperate range due to the small chip size and the tight tolerance with which the resistors are fabricated. The 0402 chip size allows the resistor network to be placed close to sensitive circuitry, allowing for a shorter circuit board routing paths and lower power dissipation.

The 752201152GP also features a unique multi-port configuration, which provides a wide variety of connection options. With the two-, three-, or four-port configurations, each set of four resistors can be connected in series, parallel, or accessed individually, allowing for precise electrical control over diverse situations. The resistor network can be used for signal routing, resistive sensing, current regulation, and voltage limiting, among others.

In addition to the physical and electrical advantages of the 752201152GP, the device uses a differentiating manufacturing process coupled with a special layout to further optimize performance and improve specification limits. This additional step results in an ultra-precise resistor network array with an accuracy level unparalleled in the industry.

The 752201152GP is a versatile and robust device, providing users with low power and thermal dissipation, long-term stability, and excellent accuracy for a variety of applications in both commercial and industrial settings. This device can be used in all types of sensing, temperature measurement, current limitation, overvoltage protection, and signal conditioning circuits and can withstand high temperatures and shock and vibration.